For a new 380 kV double circuit (2x2650 MVA) overhead line that will run through a densely
populated part in the Netherlands, TenneT TSO choose to develop a line that would mix a
high aesthetic appearance, a narrow EM-field and proven technology in line engineering. The
result is a bipole tower concept with horizontal-V's for the bundle attachment. This article
describes some of the considerations when specifying the mechanical capacity of the towers
and the insulator sets. It may serve as a challenge to use new concepts to meet changing
requirements from society towards overhead line building.
%0 Journal Article
%1 hoekstra2010development
%A HOEKSTRA, H.E.
%A van WOLVEN, J.F.
%A van der WEKKEN, A.J.P.
%D 2010
%K Compact V-brace architecture bipole buckling horizontal-V insulator line post stability tower tubular
%T Development of a compact bipole 380 kV overhead line
%X For a new 380 kV double circuit (2x2650 MVA) overhead line that will run through a densely
populated part in the Netherlands, TenneT TSO choose to develop a line that would mix a
high aesthetic appearance, a narrow EM-field and proven technology in line engineering. The
result is a bipole tower concept with horizontal-V's for the bundle attachment. This article
describes some of the considerations when specifying the mechanical capacity of the towers
and the insulator sets. It may serve as a challenge to use new concepts to meet changing
requirements from society towards overhead line building.
@article{hoekstra2010development,
abstract = {For a new 380 kV double circuit (2x2650 MVA) overhead line that will run through a densely
populated part in the Netherlands, TenneT TSO choose to develop a line that would mix a
high aesthetic appearance, a narrow EM-field and proven technology in line engineering. The
result is a bipole tower concept with horizontal-V's for the bundle attachment. This article
describes some of the considerations when specifying the mechanical capacity of the towers
and the insulator sets. It may serve as a challenge to use new concepts to meet changing
requirements from society towards overhead line building.},
added-at = {2021-03-03T22:03:42.000+0100},
author = {HOEKSTRA, H.E. and van WOLVEN, J.F. and van der WEKKEN, A.J.P.},
biburl = {https://www.bibsonomy.org/bibtex/2eaa8294b9a63f94b5788af6a5008df61/chkokalis},
interhash = {f19fd7bef310b810290ded98408cf1ce},
intrahash = {eaa8294b9a63f94b5788af6a5008df61},
keywords = {Compact V-brace architecture bipole buckling horizontal-V insulator line post stability tower tubular},
timestamp = {2021-03-19T17:16:18.000+0100},
title = {Development of a compact bipole 380 kV overhead line},
year = 2010
}